Can Cells Repair DNA to Prevent Mutations?
Are Repaired Cells Able to Repair DNA and Avoid Mutation? Given the high burden of DNA damage, cells have evolved sophisticated mechanisms to repair their...
Understanding DNA Repair Mechanisms after X-ray Exposure
How to Repair DNA After X Ray Exposure Explained When ionizing radiation — like X rays interacts with cells, it can result in a myriad...
Understanding DNA Repair Mechanisms in Human Cells
Decoding DNA repair processes in Human Cells Our body houses flexible mechanisms that help to regulate the normal functioning of cells and tissue as well.DNA...
Recovery from DNA Damage: Mechanisms and Pathways
Rescue from DNA injury: arise and routes of damage repair Double strand breaks (DSBs) are considered to be some of the most harmful genomic DSB...
Mismatch Repair and Its Role in Leading Strand Fidelity
Mismatch repair ensures that the errors in leading strand replication are corrected. This review will describe how MMR operates on the leading strand, focusing mainly...
Consequences of Unrepaired DNA Damage
Consequences of Unfixed DNA Harm DNA is the important repository of hereditary information in living creatures, and its honesty is significant for cell capacity and...
Importance of Base Excision Repair in DNA Integrity
Base Excision Repair Preserves DNA Integrity Base excision repair (BER) represents a fundamental process by which cells remedy damage to their DNA bases. It plays...
Phases of DNA Repair in the Cell Cycle
Explanation of Phases in the Cell Cycle DNA Repair: DNA repair is an essential biological process that can take place at different phases in the...
Understanding DNA Repair Mechanisms in Response to Cisplatin-Induced Damage
Role of DNA Repair in Cisplatin-Induced Lesion When DNA repair enzymes encounter cis-DNA adducts, they start a cascade awakening overall cellular response to lessen the...